This paper investigates a simple SIVS (susceptible-infected-vaccinated-susceptible) disease transmission model with immigration of susceptible and vaccinated individuals. We show global stability results for the model, and give an explicit condition for the existence of backward bifurcation and multiple endemic equilibria. We examine in details how the structure of the bifurcation diagram depends on the immigration
Understanding why there are multiple equilibrium points when R0 < 1 has been one of the main motivat...
In classical epidemic models, it is common to observe that a disease-free equilibrium looses its sta...
Many disease pathogens stimulate immunity in their hosts, which then wanes over time. To better unde...
Abstract—This paper investigates a simple SIVS (susceptible–infected–vaccinated–susceptible) disease...
AbstractWe describe and analyze by elementary means some simple models for disease transmission with...
This paper is an investigation of the possible behaviors of epidemics when there is immigration with...
AbstractThe phenomenon of backward bifurcation in disease transmission models, where a stable endemi...
AbstractWe describe and analyze by elementary means some simple models for disease transmission with...
In the well known SIR endemic model, the infection-free steady state is globally stable for R0 1. ...
We show that incorporating spatial dispersal of individuals into a simple vaccination epidemic model...
In this Thesis, an SEIV epidemic model with vaccination, horizontal and vertical transmission, and n...
Some epidemiological models exhibit bi-stable dynamics even when the basic reproduction number $ {{{...
In this paper, we propose a model of transmission of arboviruses, which take into account a future v...
A model with multiple disease stages is discussed; its main feature is that it considers a general i...
AbstractIn this paper we study SIS epidemic models with the vaccine efficacy and waning. First, cont...
Understanding why there are multiple equilibrium points when R0 < 1 has been one of the main motivat...
In classical epidemic models, it is common to observe that a disease-free equilibrium looses its sta...
Many disease pathogens stimulate immunity in their hosts, which then wanes over time. To better unde...
Abstract—This paper investigates a simple SIVS (susceptible–infected–vaccinated–susceptible) disease...
AbstractWe describe and analyze by elementary means some simple models for disease transmission with...
This paper is an investigation of the possible behaviors of epidemics when there is immigration with...
AbstractThe phenomenon of backward bifurcation in disease transmission models, where a stable endemi...
AbstractWe describe and analyze by elementary means some simple models for disease transmission with...
In the well known SIR endemic model, the infection-free steady state is globally stable for R0 1. ...
We show that incorporating spatial dispersal of individuals into a simple vaccination epidemic model...
In this Thesis, an SEIV epidemic model with vaccination, horizontal and vertical transmission, and n...
Some epidemiological models exhibit bi-stable dynamics even when the basic reproduction number $ {{{...
In this paper, we propose a model of transmission of arboviruses, which take into account a future v...
A model with multiple disease stages is discussed; its main feature is that it considers a general i...
AbstractIn this paper we study SIS epidemic models with the vaccine efficacy and waning. First, cont...
Understanding why there are multiple equilibrium points when R0 < 1 has been one of the main motivat...
In classical epidemic models, it is common to observe that a disease-free equilibrium looses its sta...
Many disease pathogens stimulate immunity in their hosts, which then wanes over time. To better unde...